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Hatch Mott MacDonald Enables Collaboration and Reduces Risk during Rail Signal Design
技术
- 执行器 - 液压执行器
- 传感器 - 电表
适用行业
- 城市与自治市
- 石油和天然气
适用功能
- 维护
- 产品研发
用例
- 数字孪生
- 智慧城市供水管理
服务
- 系统集成
- 测试与认证
挑战
印度北方邦政府启动了一个开发管道供水系统的项目，以确保将处理后的水平等分配到米尔扎普尔 Marihan 街区的所有 128 个村庄。该项目旨在改善 300,000 名居民以及重要印度教寺庙 Vindhachal Dham 的众多游客的生活质量。 ATLC 基础设施咨询私人有限公司有限公司负责设计该项目，该项目需要至少到 2053 年继续运营并适应人口增长，并满足国家法规。该项目需要扩建现有的水处理厂、水处理厂内的一个新泵站、四个额外的水泵站和 12 个配水库，以及数公里长的输配电干线和带有水表的房屋连接。设计团队面临着全面了解起伏地形（高度变化高达 140 米）并提供替代路线走线建议的挑战。他们还努力分析设计变更对水压的影响，并使用他们使用的旧工具满足所需的 90 天期限。
关于客户
ATLC 基础设施咨询私人有限公司Ltd. 是一家私营公司，承包设计一个项目，旨在为印度北方邦 Mirzapur 的 Marihan 街区的 128 个村庄开发管道供水系统。该项目由州政府发起，旨在改善 30 万居民和重要印度教寺庙 Vindhachal Dham 的众多游客的生活质量。该公司面临的挑战是设计一个系统，该系统至少能够在 2053 年之前持续运行并适应人口增长，并满足州法规的要求。该项目需要扩建现有的水处理厂、水处理厂内的一个新泵站、四个额外的水泵站和 12 个配水库，以及数公里长的输配电干线和带有水表的房屋连接。
解决方案
ATLC 基础设施咨询私人有限公司Ltd. 决定使用 OpenFlows WaterGEMS 和 STAAD 来无缝设计网络并进行水力分析。详细的水力分析揭示了地下水位的确切状态，这有助于他们确定需要在哪里建设资产以及如何确保清洁的水。使用 OpenFlows WaterGEMS，设计团队整合了现场数据，并根据需要进行更新的水力分析，以优化设计，确保其安全性和可靠性。该分析包括对供水的完整评估、均衡分配的压力分区以及确定家庭连接的最有效分配。通过 STAAD，ATLC 优化了进水井、高架配水库和水处理厂的结构设计。他们构建了整个工作区域的数字孪生，清晰地可视化了项目的范围和细节，帮助他们与项目利益相关者分享他们的工作。
运营影响
数量效益
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